Configuration.Builder

Builder()

Creates a new Configuration.Builder.

fun build(): Configuration

Builds a Configuration object.

fun setClock(clock: Clock): Configuration.Builder

Sets a Clock for WorkManager to calculate schedules and perform book-keeping.

This should only be overridden for testing. It must return the same value as System.currentTimeMillis in production code.

fun setContentUriTriggerWorkersLimit(contentUriTriggerWorkersLimit: Int): Configuration.Builder

Specifies the maximum number of Workers with Constraints.contentUriTriggers that could be enqueued simultaneously.

Unlike the other workers Workers with Constraints.contentUriTriggers must immediately occupy slots in JobScheduler to avoid missing updates, thus they are separated in its own category.

fun setDefaultProcessName(processName: String): Configuration.Builder

Designates the primary process that WorkManager should schedule work in.

fun setExecutor(executor: Executor): Configuration.Builder

Specifies a custom Executor to run Worker.doWork.

If setWorkerCoroutineContext wasn't called then the executor will be used as CoroutineDispatcher to run CoroutineWorker as well.

fun setInitializationExceptionHandler(
    exceptionHandler: Consumer<Throwable>
): Configuration.Builder

Specifies a Consumer<Throwable> that can be used to intercept exceptions caused when trying to initialize {@link WorkManager}, that usually happens when WorkManager cannot access its internal datastore.

This exception handler will be invoked on a thread bound to Configuration.taskExecutor.

fun setInputMergerFactory(inputMergerFactory: InputMergerFactory): Configuration.Builder

Specifies a custom InputMergerFactory for WorkManager.

fun setJobSchedulerJobIdRange(minJobSchedulerId: Int, maxJobSchedulerId: Int): Configuration.Builder

Specifies the range of android.app.job.JobInfo IDs that can be used by WorkManager. WorkManager needs a range of at least 1000 IDs.

JobScheduler uses integers as identifiers for jobs, and WorkManager delegates to JobScheduler on certain API levels. In order to not clash job codes used in the rest of your app, you can use this method to tell WorkManager the valid range of job IDs that it can use.

The default values are 0 and Integer#MAX_VALUE.

@ExperimentalConfigurationApi
fun setMarkingJobsAsImportantWhileForeground(markAsImportant: Boolean): Configuration.Builder

Regulates whether WorkManager should automatically set android.app.job.JobInfo.Builder.setImportantWhileForeground for workers that are eligible to run immediately.

It will have effects only on API levels >= 23.

fun setMaxSchedulerLimit(maxSchedulerLimit: Int): Configuration.Builder

Specifies the maximum number of system requests made by WorkManager when using android.app.job.JobScheduler or android.app.AlarmManager.

By default, WorkManager might schedule a large number of alarms or JobScheduler jobs. If your app uses JobScheduler or AlarmManager directly, this might exhaust the OS-enforced limit on the number of jobs or alarms an app is allowed to schedule. To help manage this situation, you can use this method to reduce the number of underlying jobs and alarms that WorkManager might schedule.

When the application exceeds this limit, WorkManager maintains an internal queue of WorkRequests, and schedules them when slots become free.

WorkManager requires a minimum of Configuration.MIN_SCHEDULER_LIMIT slots; this is also the default value. The total number of slots also cannot exceed 50.

fun setMinimumLoggingLevel(loggingLevel: Int): Configuration.Builder

Specifies the minimum logging level, corresponding to the constants found in android.util.Log. For example, specifying android.util.Log.VERBOSE will log everything, whereas specifying android.util.Log.ERROR will only log errors and assertions.The default value is android.util.Log.INFO.

fun setRunnableScheduler(runnableScheduler: RunnableScheduler): Configuration.Builder

Specifies the RunnableScheduler to be used by WorkManager.

This is used by the in-process scheduler to keep track of timed work.

fun setSchedulingExceptionHandler(
    schedulingExceptionHandler: Consumer<Throwable>
): Configuration.Builder

Specifies a Consumer<Throwable> that can be used to intercept exceptions caused when trying to schedule WorkRequests.

It allows the application to handle a Throwable throwable typically caused when trying to schedule WorkRequests.

This exception handler will be invoked on a thread bound to Configuration.taskExecutor.

fun setTaskExecutor(taskExecutor: Executor): Configuration.Builder

Specifies a Executor which will be used by WorkManager for all its internal book-keeping.

For best performance this Executor should be bounded.

For more information look at androidx.room.RoomDatabase.Builder.setQueryExecutor.

fun setWorkerCoroutineContext(context: CoroutineContext): Configuration.Builder

Specifies a custom CoroutineContext to run CoroutineWorker.doWork. WorkManager will use its own Job with the provided CoroutineContext.

If setExecutor wasn't called then context will be used as Executor to run Worker as well.

fun setWorkerExecutionExceptionHandler(
    workerExceptionHandler: Consumer<WorkerExceptionInfo>
): Configuration.Builder

Specifies a WorkerExceptionHandler that can be used to intercept exceptions caused when trying to execute ListenableWorkers.

This exception handler will be invoked on a thread bound to Configuration.taskExecutor.

fun setWorkerFactory(workerFactory: WorkerFactory): Configuration.Builder

Specifies a custom WorkerFactory for WorkManager.

fun setWorkerInitializationExceptionHandler(
    workerExceptionHandler: Consumer<WorkerExceptionInfo>
): Configuration.Builder

Specifies a WorkerExceptionHandler that can be used to intercept exceptions caused when trying to initialize ListenableWorkers.

This exception handler will be invoked on a thread bound to Configuration.taskExecutor.